New JBP Intake is out
Originally Posted by Drewm
Mine was shipped Wednesday, should be in soon. I will install it next week and let everyone know.
the welds on the intake are only from the outside.
what you will notice on the inside, is that the tubing is not perfectly flush.
they offset the tubes about, 1/2 material thickness, to create some turbulence, that why they don't throw codes.
The step is along the inside radius, so as far as air flow goes, there is little effect because the step up on the is equal to the step out on the outside radius.
now whether it is better to have a perfectly smooth intake like the K&N or an intake with added turbulence caused by a welded step or coupled joint, I don't know.
personally I don't think the air velocity in the intake is high enough to benefit from a completely laminar flow.
at the rate the air enters the intake, I'm sure that the volume at the end is a fractional difference if not the same.
what you will notice on the inside, is that the tubing is not perfectly flush.
they offset the tubes about, 1/2 material thickness, to create some turbulence, that why they don't throw codes.
The step is along the inside radius, so as far as air flow goes, there is little effect because the step up on the is equal to the step out on the outside radius.
now whether it is better to have a perfectly smooth intake like the K&N or an intake with added turbulence caused by a welded step or coupled joint, I don't know.
personally I don't think the air velocity in the intake is high enough to benefit from a completely laminar flow.
at the rate the air enters the intake, I'm sure that the volume at the end is a fractional difference if not the same.
Originally Posted by player_1
the welds on the intake are only from the outside.
what you will notice on the inside, is that the tubing is not perfectly flush.
they offset the tubes about, 1/2 material thickness, to create some turbulence, that why they don't throw codes.
The step is along the inside radius, so as far as air flow goes, there is little effect because the step up on the is equal to the step out on the outside radius.
now whether it is better to have a perfectly smooth intake like the K&N or an intake with added turbulence caused by a welded step or coupled joint, I don't know.
personally I don't think the air velocity in the intake is high enough to benefit from a completely laminar flow.
at the rate the air enters the intake, I'm sure that the volume at the end is a fractional difference if not the same.
what you will notice on the inside, is that the tubing is not perfectly flush.
they offset the tubes about, 1/2 material thickness, to create some turbulence, that why they don't throw codes.
The step is along the inside radius, so as far as air flow goes, there is little effect because the step up on the is equal to the step out on the outside radius.
now whether it is better to have a perfectly smooth intake like the K&N or an intake with added turbulence caused by a welded step or coupled joint, I don't know.
personally I don't think the air velocity in the intake is high enough to benefit from a completely laminar flow.
at the rate the air enters the intake, I'm sure that the volume at the end is a fractional difference if not the same.
Originally Posted by player_1
lol, I was just answering a question that's all. ( I'm not tring to sell them )
the only reason I knew is because i have seen the Intake at talked to them about it.
the only reason I knew is because i have seen the Intake at talked to them about it.
I still want to know of there is something in side the thing that will make the air flow spin? If there is then it will restrict the intake so much that it will not make any more power then the stock one dose.
Originally Posted by Cobalt_Supercharged
That's what I was thinking.
I don't care if it spins the air or not, it's a 3" intake. This will show much better gains with smaller pulleys, than with the 2.25" K&N. (well it better any ways)
That weld is really ugly though. I'm curious how bad it is on the inside of the pipe, and how much it will disrupt the airflow. Almost makes me wish I had ordered the old one.
That weld is really ugly though. I'm curious how bad it is on the inside of the pipe, and how much it will disrupt the airflow. Almost makes me wish I had ordered the old one.
2.25"? where are you getting your info from? Where the cone is placed is 3" then goes to 2.75 the rest of the way , measured is myself
i contacted JBP....
"We currently do not have posted dyno numbers for both intake and exhaust system. The exhaust is milled to have 3-4% increase from stock, and the intake 4-5% increase from stock...
We offer reseller status, which requires filling out our application form. Please go ahead and let us know if you are interested."
translated to 8-10 hp claim, but no dyno...
hmmmm
"We currently do not have posted dyno numbers for both intake and exhaust system. The exhaust is milled to have 3-4% increase from stock, and the intake 4-5% increase from stock...
We offer reseller status, which requires filling out our application form. Please go ahead and let us know if you are interested."
translated to 8-10 hp claim, but no dyno...
hmmmm
Originally Posted by Badmunky
I still want to know of there is something in side the thing that will make the air flow spin? If there is then it will restrict the intake so much that it will not make any more power then the stock one dose.
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